The University of Wyoming provides world-class graduate education in a variety of fields. Award-winning faculty, state of the art facilities and resources and low student to faculty ratio create an atmosphere of success.

Research at the University of Wyoming is limited only by the imagination. Innovative research projects that expose graduate students to a variety of new techniques, study areas and opportunities abound.

Rock climbing, hiking, snowshoeing, skiing and mountain biking are only a few of the outdoor activities accessible in Laramie. Football games, concerts, great restaurants and more are only a short walk away!

The University of Wyoming provides world-class graduate education in a variety of fields. Award-winning faculty, state of the art facilities and resources and low student to faculty ratio create an atmosphere of success.

September 24, 2012 — More than 20 years after the landmark book “Blueprint for a Green Economy” presented practical measures for “greening” modern economies, two of the book’s original authors have revisited and updated the 1989 work to assess what is needed to achieve sustainable development.

September 14, 2012 — While discussion of creating a graduate minor in computational sciences at the University of Wyoming traces back to 2005, the presence of a supercomputer in Cheyenne provides some additional motivation for the university’s effort to create a unique skill set and help students across many academic disciplines land jobs in the future.

September 7, 2012 — The University of Wyoming today (Friday) announced a historic $10 million gift from philanthropist Marian Rochelle that will support the construction of a state-of-the art Gateway Center that will become the signature entrance facility to the university, connecting students, alumni and friends.

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Featured Graduate Student

Using sheep as a model, Desiree's research evaluates maternal over-nutrition during pregnancy and how an obese intrauterine environment can alter fetal development. Her thesis research primarily focuses on the F2 generation, and she along with her colleagues, determined that altered fetal development can result in metabolic disturbances in postnatal life, such as insulin resistance, increased appetite, and obesity, which can be passed on from one generation to the next.